Gloves Guide CPN6203

The MoG Guide CPN6203 are discreet, black gloves offering high-level protection against needles and sharp objects, crafted from soft yet durable full-grain goatskin using Masters of Gloves CPN technology. The front is reinforced with thin metal mesh – 4 layers in the palm and 2 layers along the fingers and over the fingertips – ensuring reliable defense against punctures and cuts. The cuff is easily adjusted with a high-quality hook-and-loop closure.

Key Features:
• Slim Fit Design: Contoured finger construction providing enough dexterity for standard tactical tasks. Fingers feature dual layers of metal mesh for protection against cuts, punctures, and needles.
• Extreme Protection: Strong goat split leather with high abrasion resistance and excellent dry grip. Cut resistance – 65N, needle resistance – 8N in the padded palm containing 4 layers of metal mesh. Partially lined with polyester fleece for added comfort.
• Comfort & Breathability: Back of hand made from breathable, quick-drying fabric.
• Knuckle Protection: Neoprene padding over knuckles for impact protection.
• Adjustable Cuff: Neoprene cuff with hook-and-loop fastening for a secure, comfortable fit.
• Reinforcements: Seamless design across fingers for comfort, with reinforced thumb crotch.
• Integrated Nose-Wipe: Terry cloth section on the thumb for wiping sweat or moisture from eyewear.

Suitable for:
• Work in environments with risk of cuts, punctures, or needle injuries
• Rescue operations
• Searches and frisking

Target Users:
Law enforcement, military, railway police, customs, security personnel, prison guards, rescue and civil services, public service and waste management workers.

Certification:
EN 420:2003 – CE category 2
Cut protection Level F (ISO 13997)
EN 388:2016 (4X12F)
REACH compliant
ASTM F2878-10 (25G: 8.47N)

Note: Maximum cut, puncture, and needle protection is in the palm area. Other parts of the glove have lower protection to maintain optimal dexterity. This model is shorter than the standard length specified in EN 420.